Toolboard v1.1 Accelerometer Orientation and Setup

dc42

@frederik please share the Cura-generated print file.

Frederik

UniversalFace_without FW Retraction.gcode

it is the same base STL only the checkbox FW Retraction is enabled or disabled

Frederik

@dc42 I think i foäund the Problem, i didnt even know that there was a seperate plugin installed calle Linear Advance Feature. The checkbox was hidden under the Material Tab

I deinstalled the plugin and slice the file again to check if the Value will be overwritten again

Phaedrux

@frederik Glad you found it.

M572 S0.000000 D0 ;added by LinearAdvanceSettingPlugin

Frederik

@phaedrux Yeah, as i saw that line i was a little bit shocked, because as i switched to FW Retract, i double checked every settings in the Printer Settings Menu, and was happy that it worked, but musst have overlooked that Line

Frederik

@nuramori

You did a really nice Job with that Guide, thanks for that. Is that your Printer in the Pictures ?
What is that for a design ? your own or something publicly available ?

Kindly Regards
Frederik

Frederik

@phaedrux i dont know if it is worth to open a new thread for this:

Is it possible with the Toolboard v1.1 , that i can programm the 2 buttons on the front for different actions like:

Button 1 Extrude
Button 2 Retract

Button 1 heater output 2 on/off
Button 2 heater output 3 on/off

Button 1 call makro 1.g (load Filamaent)
Button 2 call makro 2.g (unload)

only for example purposes

Power Distribution on the V1.1

I would like to test a inductive Probe on my flexsteel plates that would need 24V (VIN) , because i slowly getting problems with deformed probing pins because of the temps when printing PC at 120°C bed and 70°C chamber

it is a Normal Open switching on.
how should i wire it to the IOs ?
could i get the + from VIN and only use the signal wire / - for the trigger ?

TIA Frederik

martin7404

@frederik you may consider Pinda probe , it is 5 v

Nuramori

@frederik that’s my printer. It originally started out as a BLV cube, but I’ve done many modifications even from the onset, with blind joints and structural improvements. The extruder is my own design, as is the triple independent z axis implementation. Quite of a few aspects of it are shared, especially the extruder design on GitHub.

Frederik

@nuramori thansk for the answer looking good

is that a mosquito aqua in combination with a orbiter ? a few people use also the combination from mosquito air and the orbiter on the EVA Carriage System. They work really well. Do you also use a single 120mm radiator with fan for you cooling loop ? i´m thinking what would the best way to integrate the Extruder STepper Motor and Toolboard somehow to the cooling loop. Printing the most Time at around 75°C in the chamber PC , Abs or Abs-PC Parts. Until now i didnt get any Errors or Warnings regarding the temps. Im real curious how long they will last

Frederik

@martin7404 i will have a look at the specs. since im using a Lc1 v1.1, i already have 24v,12v and even 5v to choose from, but i wanted to run the probe with 24V so i get a little bit better readings and distance

Nuramori

@frederik it’s not an orbiter. It’s a ground up design I worked on, though it does use a planetary gear as part of the design. Lorinz and I have often talked about design and 3D, and one late night discussion seemingly drove us to explore similar things, but implemented in different ways. Mine is fairly specific to the BLV, though I made a more generic version for coreXY type designs. Mine also uses more generic nema11 motors like those from moons and offsets it so the extruder itself sits much lower and on top of the hotend for minimal filament travel.

Frederik

@nuramori Thanks for the Info. Looking real nice ! What buildvolumoe do you have ? my vcore Pro is around 430x430x400mm and until now, i managed up to 410mm/s wiht a genuine BMG and a mosuqito magnum with 0.4mm Nozzle at 0.25mm Lh and 0.46mm Lw